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John Abatzoglou
University of California MercedMeeting roles in:
Assessing the Roles of Natural Variability and Anthropogenic Forcing in Wind-Driven Wildfires in Southern California
A Statistically-Based Model of Global Wildfire Risk in a Changing Climate
Patterns and Trends of Wildfire Ignitions, Burned Area and Their Drivers in the Western United States
Impacts on Western US Water Attributable to Carbon Majors Emissions
Climate Extreme-Induced Economic Impacts on California Crops, Livestock, and Communities
The Fire We Made: Unraveling the Human Drivers and Impacts of Wildfires in the U.S.
Compounding effects of climatic and non-climatic factors on wildfire risk and residential survivability in the United States
Heatwaves enable wildfire activity and smoke impacts in the western United States
High-Resolution Mountain Topography can Inform Global Snow Vulnerability Estimates
Deciphering the Multiscale Influences of Drought Characteristics on the Water Use Efficiency Across CONUS Ecosystems
Historical Context and Future Projections of Area Burned in Western US Forests
Decoupling Wildfire Exposure from Disaster: A Global Analysis of 2002–2021 Trends
Fire Weather Waves Fuel Extreme Fire Activity
Understanding ENSO’s Influence on Co-occurring Heat Events across Global Croplands
Increasing Synchronicity of Global Extreme Fire Weather
Investigating Commonalities and Differences between Different Ignition Sources and Their Drivers: A Machine Learning-based Predictive Approach
The escalating control of weather and climate extremes on wildfire outcomes in the western US
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